Micro-adjustable telescoping arms for orthopedic braces
An adjustable orthopedic strut system with a locking system that utilizes an incremental or “micro” adjustment method that is size adaptable and easy to use. The adjustable orthopedic strut system has a locking system, adjustable support members, struts, and an indented molded track. The adjustable orthopedic strut system improves user fitting and sizing creating better support and comfort. The adjustable orthopedic strut system provides “micro” incremental adjustments on support members to allow strategic positioning of the support members near surgical incisions. Furthermore, the adjustable orthopedic strut system locks and telescopes on a non-interrupted strut surface with minimal “snag” points, thus reducing the difficulty in achieving fine adjustments.
1. An orthotic brace, comprising:
at least one hinge;
a plurality of deformable struts comprising an indexable, micro-adjustable track, wherein the indexable, micro-adjustable track has a length and comprises a plurality of grooves wherein the plurality of grooves represent increments of adjustment and wherein each of the struts have a first end and a second end and a length, the first end of each of the struts is attached to the hinge;
a plurality of innermost support members slidably attached to each of the struts at the first end wherein each innermost support member comprises a button, wherein the button is configured to releasably engage the indexable, micro-adjustable track by engaging a locking tooth with one of the plurality of grooves, such that each of the innermost support members may be incrementally indexed along the length of the strut and locked in position when each of the innermost support members is in a desired position along the length of the indexable, micro-adjustable track; and
a plurality of outermost support members slidably attached to the second end of each of the struts wherein each outermost support member comprises a button, wherein the button is configured to engage the indexable, micro-adjustable track by engaging a locking tooth with one of the plurality of grooves, such that each of the outermost support members may be incrementally indexed along the length of the strut and locked in position when each of the outermost support members is in a desired position along the indexable, micro-adjustable track,
thereby locking each of the outermost support members in position along the indexable, micro-adjustable track extending the apparent length of the strut.
2. The orthotic brace of claim 1 , wherein the increments of adjustment are the same along the length of the micro-adjustable track.
3. The orthotic brace of claim 2 , wherein the increments of adjustment are less than ⅓ of an inch apart.
4. The orthotic brace of claim 1 , wherein the increments of adjustment vary along the length of the micro-adjustable track.
5. The orthotic brace of claim 4 , wherein the increments of adjustment range from one quarter of an inch increments of adjustment to one eighth of an inch increments of adjustment on a single track.
6. The orthotic brace of claim 1 , wherein the indexable, micro-adjustable track is flexible.
7. The orthotic brace of claim 1 , wherein the indexable, micro-adjustable track is integral to the strut.
8. The orthotic brace of claim 1 , wherein the struts are configured to be bent to fit a patient.
9. An orthotic brace, comprising:
a first deformable strut having a first end, a second end, and a length, wherein the first deformable strut comprises a first indexable, micro-adjustable track comprising a plurality of grooves that represent increments of adjustment;
a second deformable strut having a first end, a second end, and a length, wherein the second deformable strut comprises a second indexable, micro-adjustable track comprising a plurality of grooves that represent increments of adjustment;
a hinge connecting the first end of the first deformable strut with the first end of the second deformable strut;
a first support member slidably attached to each of the first and the second deformable struts at the first end of the respective struts; and
a second support member slidably attached to each of the first and the second deformable struts at the second end of the respective struts and capable of extending the apparent length of the strut;
wherein each of the first and the second support members comprises a button configured to releasably engage the indexable, micro-adjustable track by engaging a locking tooth with one of the plurality of grooves, such that each of the first and the second support members may be incrementally indexed along the length of the first or the second deformable strut and locked into position when each of the first and the second support members is in a desired position along the length of the indexable, micro-adjustable track.